CN104881320A - Scalable text generation method - Google Patents
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Abstract
The invention provides a scalable text generation method. By means of the method, text files can be rendered faster and CPU resources of a server are used more efficiently. The method includes the steps that a whole template file is decomposed into multiple subtemplate files; a rendering task list is generated and comprises multiple rendering tasks, the rendering tasks are used for being associated with the subtemplate files corresponding to the rendering tasks, and logic of preparation data before rendering is realized; multi-thread rendering is carried out on the rendering tasks; rendering results of the rendering tasks are spliced into texts. By means of the technical scheme, development and maintenance cost of the template file is reduced, data preparation is more efficient, and the CPU resources of the server are used more reasonably.
Description
Technical field
The present invention relates to technical field of the computer network, particularly a kind of method of telescopic generation text.
Background technology
Text is the important computer documents of a class, and because structure is simple, text is widely used in recorded information.In order to promote development efficiency, code can be reused, template engine (template engine) is introduced when generating text, the function of logical separation just can be reached after using template engine, make program applied logic and page display logic separately, program developer can be allowed to be absorbed in the control of data or reaching of function; Visual designer then can be absorbed in page composition, allows the page seem to have more specialty sense.
To generate a kind of common text---html page with Java language.When carrying out html page with Java language and generating, under normal circumstances, developer can not directly write whole html page, but according to certain logic, a html page is blocked into a lot of html templates, more finally generates whole html page with the template engine based on Java.
The normally used template engine based on Java has Velocity, FreeMarker etc.Such as Velocity, it allows anyone only to use simple template instruction (templatelanguage) to quote by the object of Java code definition, and by Java object and template itself in the mode played up, finally generate a HTML fragment.When Velocity is applied to Web page exploitation, Pages Design personnel only can pay close attention to the display effect of the page, and pay close attention to service logic coding by java applet developer.Java code is separated by Velocity from web page, like this for the long-time maintenance of web site also provides facility.
When needs Velocity plays up a html page, prior art comprises following step usually:
1. by the variable in whole html page according to Velocity grammer replace to Java object quote generate Velocity template file;
2. by the single-threaded data of assembling successively required for Velocity template file of Java background logic;
3. using the data of Velocity template file and the assembling of Java background logic as the input of rendering intent in Velocity, perform and play up (render) method in Velocity, the output finally obtaining rendering intent generates complete html page.
As can be seen here, the method for the existing generation text based on Java has following shortcoming:
1. if template file content is a lot, whole template file can be caused very long, increase the development and maintenance cost of developer.
The process that 2.Java backstage prepares data is single-threaded, if the data that template file needs are a lot, the logic of Java backstage assembling data needs by all DSRs, to call rendering intent more afterwards for a long time, and therefore the page rise time is very long.
If when 3. server cpu busy percentage is lower, the process of rendering text still must follow the process preparing data successively and play up, cannot utilize the cpu resource of server more efficiently.
Summary of the invention
In view of this, the invention provides a kind of method of telescopic generation text, concrete scheme is: a large form file is resolved into multiple subtemplate file, and write template file corresponding to rendering task association and data, then rendering task is issued thread pool to carry out multithreading and play up, after whole rendering task terminates, rendering result is carried out splicing to generate complete text.The method can rendering text file faster; can when server cpu busy percentage be lower; the cpu resource utilizing server as much as possible; accelerate playing up of text; and automatically protect server cpu resource when server utilization acquires a certain degree, extend server and receiving the working time under request of playing up in a large number.
For achieving the above object, the invention provides a kind of method of telescopic generation text.
The method of a kind of telescopic generation text of the present invention comprises: whole template file is resolved into multiple subtemplate file; Generate rendering task list, comprise multiple rendering task in described rendering task list, described multiple rendering task for associating described multiple subtemplate files corresponding to the plurality of rendering task, and realizes playing up the front logic preparing data; Described multiple rendering task is carried out multithreading play up; And by the splicing of the rendering result of described multiple rendering task to generate text.
Alternatively, whole template file is resolved into multiple subtemplate file to comprise: the variable in text is replaced to quoting of Java object according to the grammer of template engine and generates whole template file; And resolve into multiple subtemplate file.
Alternatively, whole template file is resolved into multiple subtemplate file to comprise: the variable in text is resolved into multiple group; And the variable of each group is replaced to quoting of Java object according to the grammer of template engine generate subtemplate file.
Alternatively, whole template file is resolved into multiple subtemplate file and comprise: by whole template file, by the length of the time required for page structure and estimated data encasement, resolve into multiple subtemplate file.
Alternatively, described multiple rendering task comprises the positional information corresponding with described multiple rendering task.
Alternatively, described rendering task list is being carried out before multithreading plays up, judge whether thread pool is in full load condition.
Alternatively, when thread pool not at full capacity time, current rendering task submitted to described thread pool when the thread of submit rendering task and carries out multithreading and play up; And when thread pool at full capacity time, when the thread of submit rendering task no longer asks to use multithreading to perform rendering task, but directly use current thread to play up.
Alternatively, receive new play up request time, described thread pool opens new thread execution rendering task.
Alternatively, the splicing of the rendering result of described multiple rendering task is comprised to generate text: the rendering result of described multiple rendering task splices to generate text by sequencing successively that submit to by described multiple rendering task.
According to technical scheme of the present invention, whole template file is resolved into multiple subtemplate file, the content of each subtemplate file can be made relatively less, thus reduce development and maintenance cost; The corresponding rendering task of each subtemplate file, can obtain data by multi-threaded parallel, and make the preliminary work of modules data in the page more efficient, the logic of organising data is also more clear, thus development scheme is more efficient; Multiple rendering task is carried out multithreading play up; mode is played up in operating load situation adjustment according to thread pool; certain protective effect can be played to server cpu resource while more efficiency utilization server cpu resource; be unlikely to produce under the concurrent scene of height and too much play up thread; thus the competition of aggravation cpu resource, be the mode of the generation text that a kind of dynamic stretches.
Accompanying drawing explanation
Accompanying drawing is used for understanding the present invention better, does not form inappropriate limitation of the present invention.Wherein:
Fig. 1 is the key step schematic diagram of the method for a kind of telescopic generation text according to the embodiment of the present invention;
Fig. 2 is the detailed step process flow diagram of the method for a kind of telescopic generation text according to the embodiment of the present invention.
Embodiment
Below in conjunction with accompanying drawing, one exemplary embodiment of the present invention is explained, comprising the various details of the embodiment of the present invention to help understanding, they should be thought it is only exemplary.Therefore, those of ordinary skill in the art will be appreciated that, can make various change and amendment, and can not deviate from scope and spirit of the present invention to the embodiments described herein.Equally, for clarity and conciseness, the description to known function and structure is eliminated in following description.
Fig. 1 is the key step schematic diagram of the method for a kind of telescopic generation text according to the embodiment of the present invention.As shown in Figure 1, the method for a kind of telescopic generation text of the embodiment of the present invention mainly comprises following step S11 to step S14.
Step S11: whole template file is resolved into multiple subtemplate file.This step can perform by the following two kinds of programs:
Scheme one, replaces to quoting of Java object by the variable in text according to the grammer of template engine and generates whole template file; And resolve into multiple subtemplate file.
Scheme two, resolves into multiple group by the variable in text; And the variable of each group is replaced to quoting of Java object according to the grammer of template engine generate subtemplate file.
In actual applications, can determine to select which kind of scheme flexibly according to the complexity etc. of the page structure of the required text played up, programming and maintenance.
Whole template file is resolved into multiple subtemplate file, is by whole template file in principle, by the length of the time required for page structure and estimated data encasement, resolves into multiple subtemplate file.Under normal circumstances, can multiple interface more consuming time be decomposed in different rendering tasks, to ensure the harmony that multiple task is consuming time.
Step S12: generate rendering task list, comprise multiple rendering task in described rendering task list, described multiple rendering task, for associating described multiple subtemplate files corresponding to the plurality of rendering task, realizes the logic preparing data before playing up simultaneously.
The each subtemplate file generated according to step S11 is a corresponding association rendering task respectively, and the rendering task of all subtemplate file correspondences association is submitted to thread pool successively and played up.Meanwhile, rendering task can also realize playing up the front logic preparing data, that is: the data required for the single-threaded rigging successively in Java backstage file.Because rendering task list includes multiple rendering task, therefore can assemble data required for multiple subtemplate file by multithreading simultaneously, thus greatly save the time preparing data.
Described multiple rendering task comprises the positional information corresponding with described multiple rendering task.When whole template file is resolved into multiple subtemplate file, can decompose according to situations such as page structures, now each subtemplate file should comprise its positional information in whole template file, to carry out result splicing after having played up, generates corresponding text.
Step S13: described multiple rendering task is carried out multithreading and plays up.After step S12 completes, submit to the thread of rendering task described multiple rendering task to be submitted to thread pool and carry out multithreading and play up simultaneously.
Described rendering task list is being carried out before multithreading plays up, first judge whether thread pool is in full load condition.
When thread pool not at full capacity time, current rendering task submitted to described thread pool when the thread of submit rendering task and carries out multithreading and play up.Receive new play up request time, described thread pool opens new thread execution rendering task.
When thread pool at full capacity time, when the thread of submit rendering task no longer asks to use multithreading to perform rendering task, but directly use current thread to play up.
After rendering task completes, rendering result is kept in the object that each thread specifies.
Step S14: by the splicing of the rendering result of described multiple rendering task to generate text.After all rendering tasks in rendering task list complete, with the sequencing that described multiple rendering task is submitted to, the rendering result of described multiple rendering task is spliced successively, generate whole page of text.
As can be seen from step S11 to step S14, whole template file is resolved into multiple subtemplate file, therefore the content of each subtemplate file is relatively less, thus reduces development and maintenance cost; The corresponding rendering task of each subtemplate file, can obtain data by multi-threaded parallel, and make the preliminary work of modules data in the page more efficient, the logic of organising data is also more clear, thus development scheme is more efficient; Multiple rendering task multithreading is played up; mode is played up in operating load situation adjustment according to thread pool; certain protective effect can be played to server cpu resource while more efficiency utilization server cpu resource; be unlikely to produce under the concurrent scene of height and too much play up thread; thus the competition of aggravation cpu resource, be the mode of the generation text that a kind of dynamic stretches.
Fig. 2 is the detailed step process flow diagram of the method for a kind of telescopic generation text according to the embodiment of the present invention.
As shown in Figure 2, to be described with the template engine Velocity rendering text page based on Java.In order to realize whole template file being resolved into multiple subtemplate file (step S21), the following two kinds method can be adopted:
1, first the variable in whole page of text is replaced to quoting of Java object according to Velocity grammer and generate Velocity template file, then Velocity template file is resolved into multiple sub-Velocity template file by the length etc. of time required for the page structure of text and estimated data encasement.
2, first the length etc. of the time of the variable in whole page of text required for the page structure of text and estimated data encasement is resolved into multiple group, then the variable of each group is replaced to quoting of Java object according to Velocity grammer generate Velocity template file.
After completing steps S21, according to each the sub-Velocity template file generated, write corresponding rendering task, to associate the sub-Velocity template file of rendering task and correspondence thereof, realize the logic preparing data before playing up simultaneously.Rendering task has multiple, is submitted to plays up factory and carry out playing up (step S22) with the form of rendering task list.Play up factory for playing up rendering task and splicing rendering result to generate text.Play up in factory and include thread pool, before receiving rendering task, play up factory and first carry out initialization operation, such as, thread pool size, minimum line number of passes and the work queue size etc. of playing up factory can be set.When playing up after factory receives rendering task, first travel through the rendering task list received, initialization rendering task afterwards, and import the information such as rendering task total quantity into rendering task, then according to the feature of rendering task, for it injects the variable that public tool-class etc. can share, then the mode of multithreading is adopted to play up above-mentioned multiple sub-Velocity template file (step S23).
Rendering task list is being carried out before multithreading plays up, need to judge whether play up thread pool corresponding to factory is in full load condition (step S24).When thread pool at full capacity time, when the thread of submit rendering task no longer asks to use multithreading to perform rendering task, but directly use current thread to carry out playing up (step S25).When thread pool not at full capacity time, current rendering task submitted to thread pool when the thread of submit rendering task and carry out multithreading and play up, the thread pool now playing up factory opens a new thread execution rendering task (step S26).After each thread rendering task completes, rendering result is kept at (step S27) in the appointed object of each thread, then check whether rendering task list is finished (step S28), if be not finished, then turn to step S23, if executed is complete, then the rendering result of described multiple rendering task is spliced (step S29) by sequencing successively that submit to according to rendering task, to generate a complete page of text.
As can be seen from above preferred embodiment, the method of the telescopic generation text that the present invention proposes, mode can be played up according to the operating load situation adjustment of thread pool when utilizing multithreading to play up, when busy line number of passes is less for thread pool, multithreading rendering text can be utilized, change over when busy line number of passes is more at thread pool and single-threadedly play up mode, and after busy line number of passes reduces, multithreading can be reverted to play up, accelerate page of text formation speed, thus save the time generating page of text.
The present invention is not only a kind of method by submitting to the mode detecting thread pool state before rendering task to provide efficiency utilization CPU, also proposed one equally decomposes in multiple rendering task by Velocity template data, performed by multithreading and play up the parallel method obtaining data, make the preliminary work of modules data in the page simultaneously more efficiently, the logic of organising data is also more clear, is the more efficient development scheme of one.
Below describe ultimate principle of the present invention in conjunction with specific embodiments, in apparatus and method of the present invention, obviously, each parts or each step can decompose and/or reconfigure.These decompose and/or reconfigure and should be considered as equivalents of the present invention.Further, the step performing above-mentioned series of processes can order naturally following the instructions perform in chronological order, but does not need necessarily to perform according to time sequencing.Some step can walk abreast or perform independently of one another.
Above-mentioned embodiment, does not form limiting the scope of the invention.It is to be understood that depend on designing requirement and other factors, various amendment, combination, sub-portfolio can be there is and substitute in those skilled in the art.Any amendment done within the spirit and principles in the present invention, equivalent replacement and improvement etc., all should be included within scope.
Claims (9)
1. a method for telescopic generation text, is characterized in that, comprising:
Whole template file is resolved into multiple subtemplate file;
Generate rendering task list, comprise multiple rendering task in described rendering task list, described multiple rendering task for associating described multiple subtemplate files corresponding to the plurality of rendering task, and realizes playing up the front logic preparing data;
Described multiple rendering task is carried out multithreading play up; And
By the splicing of the rendering result of described multiple rendering task to generate text.
2. method according to claim 1, is characterized in that, whole template file is resolved into multiple subtemplate file and comprises:
Variable in text is replaced to quoting of Java object according to the grammer of template engine and generates whole template file; And
Resolve into multiple subtemplate file.
3. method according to claim 1, is characterized in that, whole template file is resolved into multiple subtemplate file and comprises:
Variable in text is resolved into multiple group; And
The variable of each group is replaced to quoting of Java object according to the grammer of template engine and generates subtemplate file.
4. method according to claim 1, it is characterized in that, whole template file is resolved into multiple subtemplate file to comprise: by whole template file, by the length of the time required for page structure and estimated data encasement, resolve into multiple subtemplate file.
5. method according to claim 1, is characterized in that, described multiple rendering task comprises the positional information corresponding with described multiple rendering task.
6. method according to claim 1, also comprises:
Described rendering task list is being carried out before multithreading plays up, judge whether thread pool is in full load condition.
7. method according to claim 6, also comprises:
When thread pool not at full capacity time, current rendering task submitted to described thread pool when the thread of submit rendering task and carries out multithreading and play up; And
When thread pool at full capacity time, when the thread of submit rendering task no longer asks to use multithreading to perform rendering task, but directly use current thread to play up.
8. method according to claim 7, also comprises: receive new play up request time, described thread pool opens new thread execution rendering task.
9. method according to claim 1, it is characterized in that, the splicing of the rendering result of described multiple rendering task is comprised to generate text: the rendering result of described multiple rendering task splices to generate text by sequencing successively that submit to by described multiple rendering task.
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| CN112256994A (en) * | 2020-10-20 | 2021-01-22 | 中企动力科技股份有限公司 | Template rendering method and device, electronic equipment and storage medium |
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